CN1944585A - High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it - Google Patents
High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it Download PDFInfo
- Publication number
- CN1944585A CN1944585A CN 200610047933 CN200610047933A CN1944585A CN 1944585 A CN1944585 A CN 1944585A CN 200610047933 CN200610047933 CN 200610047933 CN 200610047933 A CN200610047933 A CN 200610047933A CN 1944585 A CN1944585 A CN 1944585A
- Authority
- CN
- China
- Prior art keywords
- valve
- saving agent
- oil
- pipeline
- high efficiency
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Liquid Carbonaceous Fuels (AREA)
Abstract
The present invention is one kind of high efficiency fuel oil energy saving agent and its production apparatus and process. The energy saving agent is produced with carbon black 3.9 wt%, nanometer carbon powder 0.1 wt%, nanometer nickel powder 0.1 wt%, glycerin 5 wt%, glycol 5 wt%, phenol 0.3 wt%, thickener 1 wt%, and deionized water 84.6 wt%. The production process includes the steps of mixing carbon black, glycerin, glycol, thickener and deionized water; grinding in a colloid mill; stilling for 24 hr; and adding nanometer carbon powder, nanometer nickel powder and phenol via stirring. The energy saving agent has high fuel oil saving effect and no corrosion to the combustion apparatus.
Description
One, technical field: the present invention relates to a kind of emulsification heavy oil emulsifying agent of using and the equipment and the method for producing it.
Two, background technology: energy shortage, especially petroleum-based energy shortage and increasing crazily of price are brought very big influence to human social development, and solving energy shortage and environmental pollution is two big eternal problems of human development.Except that the new renewable energy source of research and development, save the existing energy exactly, fossil energy especially, wherein heavy oil (residual oil) emulsification, combustion is one of fuel-efficient method.Experts and scholars both domestic and external just are devoted to the heavy oil emulsive subject study as far back as the seventies, there are various emulsifying agents to come out one after another, but weak point is in various degree all arranged in actual applications, and it shows as: 1. have harmful smell, and corrosion and the secondary harm of poison are arranged; 2. inflammable, explosive, bring potential safety hazard for storage and transportation; 3. from the effect of oil in water emulsion, the low less than 5% of the rate of economizing gasoline that has, poor stability, easily breakdown of emulsion, combustion equipment is had corrosive nature.Environmental pollution does not have effective improvement effect yet.At the existing various shortcomings of emulsifying agent on the market,, improve the energy-saving agent of having invented present relative ideal finally---high efficiency fuel energy saving agent of the present invention for many years repeatedly through many expert's researchs.
Three, summary of the invention:
1, goal of the invention: the invention provides a kind of high efficiency fuel energy saving agent and production method thereof and utilize its emulsification heavy oil equipment, its objective is that solving existing heavy-oil emulsifying agent exists harmful smell and corrosion is arranged and the secondary harm of poison; And inflammable, explosive, bring potential safety hazard for storage and transportation; The effect of oil in water emulsion is bad, poor stability, easily breakdown of emulsion, the low less than 5% of rate of economizing gasoline, erosive burning equipment; Improve the problem that aspects such as contaminate environment is ineffective exist.
2, technical scheme: the present invention is achieved through the following technical solutions:
A kind of high efficiency fuel energy saving agent is characterized in that: this energy-saving agent comprises that following raw material forms by mass percentage:
Carbon black 3.9%
Nano-carbon powder 0.1%
Nano-nickel powder 0.1%
Glycerine 5%
Ethylene glycol 5%
Phenol 0.3%
Thickening material 1%
Deionized water 84.6%
Above-mentioned various raw materials are obtained this product after stirring, levigate processing.
Thickening material is selected water-based thickener for use; Adopt methylcellulose gum or polyvinyl alcohol.
A kind of production method of high efficiency fuel energy saving agent, it is characterized in that: get each raw material in the described ratio of claim 1, earlier with carbon black, glycerine, ethylene glycol and thickening material mix, and smooth and easy flowing when adjusting its concentration their are stirred through strand body mill with deionized water, after stirring three times, shearing at strand body mill, stretch and down slurry is disperseed, levigate, after leaving standstill 24 hours, stir the above-mentioned slurry that obtains once more with strand body mill, during stirring with nano-carbon powder at the uniform velocity in slurry, adding slowly, when having stirred one time nano-carbon powder is added, make the nano-carbon powder fragmentation of poly-group, fully be distributed in the slurry, add nano-nickel powder and phenol at last and stir after promptly get this product.
Before adding thickening material, after elder generation steeped 24 hours with thickening material with 70 ℃ of hot water, the ratio of thickening material and water was 2: 1.
A kind of equipment that utilizes the high efficiency fuel energy saving agent emulsification heavy oil is characterized in that: this equipment comprises mixed liquid case, aqua ratio control cabinet, premixed device, petroleum pump unit D
0, sound composite emulsifying device and control the valve of each pipeline; The mixed liquid case is provided with tap water inlet, steam-in and energy-saving agent inlet, and tap water inlet and steam-in are communicated with carrying tap water pipe line and vapour line respectively, and the outlet of mixed liquid case is by pipeline and water pump D
2Be communicated with the mixed flow quantity meter in the aqua ratio control cabinet, be provided with the emulsifying agent groove of placing energy-saving agent in the aqua ratio control cabinet, the emulsifying agent groove is by pipeline and emulsifying agent pump D
1Be connected on the energy-saving agent inlet of mixed liquid case; Mixed flow quantity meter in the aqua ratio control cabinet exports an inlet that is connected to premixed device by non-return valve, and another inlet of premixed device is communicated with the heavy oil inlet by valve six, strainer, valve seven and valve ten; The outlet of premixed device is through petroleum pump unit D
0The back is communicated with sound composite emulsifying device; The outlet of sound composite emulsifying device is connected to the tank oil outlet by valve four, oil meter, valve three and valve one.
The pipeline that the heavy oil inlet is connected with premixed device is provided with oil sampling nozzle.
The pipeline of sound composite emulsifying device outlet is provided with processed oil sampling mouth.
Be connected to the tensimeter of surveying oil pressure on the pipeline of sound composite emulsifying device outlet, lead directly to a pipeline as bridge circuit on the pipeline of sound composite emulsifying device outlet and the pipeline between valve three and the valve one, this bridge circuit is provided with valve
3, advantage and effect:, can solve existing heavy-oil emulsifying agent well and have harmful smell and corrosion is arranged and the secondary harm of poison by the enforcement of technical solution of the present invention; And inflammable, explosive, bring potential safety hazard for storage and transportation; The effect of oil in water emulsion is bad, poor stability, easy breakdown of emulsion, the low less than 5% of rate of economizing gasoline, erosive burning equipment; Improve the problem that aspects such as contaminate environment is ineffective exist.High efficiency fuel energy saving agent of the present invention has following advantage:
1. rate of economizing gasoline height: rate of economizing gasoline is looked and is used the situation difference of stove slightly to fluctuate up to 10～25%;
2. do not reduce furnace temperature, when oil in water emulsion burns in hearth box, when emulsive same model heavy oil does not burn in stove than it, not only furnace temperature do not fall, slightly raise 100～150 ℃ on the contrary;
3. combustion equipment is not had corrosion, after certain producer has burnt 1 year with energy-saving agent emulsified oil prepared of the present invention, check that comb does not have any gum deposit phenomenon, all the same bright with new stove in furnace bottom and the stove;
4. oil in water emulsion is special stable: adding 25% water after emulsification, not stratified not breakdown of emulsion can store by longer-term under 80 ℃ of high temperature.Store more than 1 year at 50 ℃ below the temperature;
5. its oil in water emulsion can car, Ship Transportation, be not afraid of the vibration vibrations;
6. it is good to improve environment protecting, to improving environment good action is arranged, specific as follows:
Carbon black particle is almost all eliminated in a, the flue gas, and over-emitting black exhaust can not reach " Lin Geman " about 0.5 grade;
B, a large amount of minimizings of inflammable gas discharging: as CH
4, CO can reduce more than 60%;
C, noxious gas emission also reduce in a large number: can reduce more than 60% as SOx, NOx.
Oil in water emulsion with this energy-saving agent is made needn't change original any combustion equipment during burning, product of the present invention has solved the shortcoming of conventional emulsifier, to save energy, builds a conservation-minded society, and making to have contribution.
Four, description of drawings: accompanying drawing 1 is the structural representation that utilizes the equipment of energy-saving agent emulsification heavy oil of the present invention.
Among the figure: 1, tap water pipe line; 2, vapour line; 3, valve nine; 4, water meter; 5, water nozzle; 6, valve 11; 7, water floats; 8, mixed liquid case; 9, emulsifying agent pump D
110, valve 13; 11, emulsifying agent groove; 12, valve 14; 13, aqua ratio control cabinet; 14, valve 12; 15, water pump D
216, mix the flow quantity meter; 17, non-return valve; 18, valve eight; 19, premixed device; 20, strainer; 21, petroleum pump unit D
022, tensimeter B; 23, sound composite emulsifying device; 24, valve five; 25, valve six; 26, valve seven; 27, oil sampling nozzle; 28, tensimeter A; 29, processed oil sampling mouth 30, valve four; 31, oil meter; 32, valve three; 33, valve two, 34, valve one; 35, tank oil outlet; 36, valve ten; 37, heavy oil inlet.
Five, embodiment:
The present invention is a kind of emulsifying agent effect of playing, and is used for the high efficiency fuel energy saving agent of emulsification heavy oil, and this energy-saving agent comprises that following raw material forms by mass percentage:
Carbon black 3.9%
Nano-carbon powder 0.1%
Nano-nickel powder 0.1%
Glycerine 5%
Ethylene glycol 5%
Phenol 0.3%
Thickening material 1%
Deionized water 84.6%
Above-mentioned various raw materials are obtained energy-saving agent of the present invention after stirring, levigate processing.
Embodiment 1:
Energy-saving agent of the present invention is by the following raw material of getting:
Carbon black 390g
Nano-carbon powder 10g
Nano-nickel powder 10g
Glycerine 500g
Ethylene glycol 500g
Phenol 30g
Polyvinyl alcohol 100g
Deionized water 8460g
Wherein used nano-carbon powder is that metal institute of Shenyang Branch of the Chinese Academy of Sciences produces, and it is the carbon dust about 12nm; Nano-nickel powder is Jinlin University, a Changchun superhard material Laboratory Production, and it is the nickel powder about 70～80nm.
Wherein thickening material is selected methylcellulose gum or polyvinyl alcohol for use.
The production unit of high efficiency fuel energy saving agent of the present invention, employing be the strand body mill that Shenyang new opto-mechanical factory produces.
Production method, obtain each raw material by above-mentioned formula rate, earlier with carbon black, glycerine, ethylene glycol and polyvinyl alcohol stir on production unit strand body mill, and good fluidity when adjusting its concentration their are stirred through strand body mill with deionized water, continuously stirring three times, shearing at strand body mill, under stretching slurry is fully disperseed, levigate, after leaving standstill 24h, the slurry that obtains is a black liquor, glossy, stir the above-mentioned slurry that obtains once more with strand body mill, stir simultaneously nano-carbon powder is at the uniform velocity added in the slurry in strand body mill funnel slowly, when having stirred one time nano-carbon powder is added, make the nano-carbon powder fragmentation of poly-group, fully disperse, add nano-nickel powder and phenol at last and stir after obtain energy-saving agent.Wherein must simultaneously nano-carbon powder be added slowly having stirred a slurry, unhappy not slow yet, make poly-nano-carbon powder fragmentation, reach abundant dispersive purpose, this is the crux that guarantees production high-performance energy-saving agent, can effectively bring into play surface chemistry after the dispersion, also be the key that improves calorific value.For example when producing the solid fuel of rocket, add a spot of nickel nano powder, can make combustion heat value improve 100 times.
After before using polyvinyl alcohol being steeped 24 hours with 70 ℃ of hot water, the ratio of thickening material and water is 2: 1.
Consumption and usage of the present invention energy-efficient dose are as follows:
Get material in following ratio: water 10%～30%: energy-saving agent 1% of the present invention: heavy oil 70%～90% is mixed, and powerful again the stirring made oil in water emulsion.Specific as follows:
1. water: take cleaning floor water, well water, tap water, no silt, neutral free from corrosion water all can, during emulsification water temp at 50 ℃～85 ℃, as at China's southern Guangzhou one band because the temperature height, water then need not heating, and will heat to the north of the Changjiang river;
2. heavy oil: home-made gets final product, have regular label below 250# all can, determining whether after nonstandard oil must be tested can emulsification, generally lands the heavy oil unlabelled of oil, indigenous oil refining factory, must determine that conformance with standard just can use to test the back;
3. emulsifying device: adopt the present invention to utilize the equipment of energy-saving agent emulsification heavy oil, this equipment comprises: mixed liquid case, aqua ratio control cabinet, premixed device, sound composite emulsifying device, petroleum pump unit, control the valve of usefulness etc. on other annex tensimeter, motor and each pipeline, this is continuous, the automatically efficient emulsifying device of a cover, and throughput can reach 30 tons/hour.Be the equipment of present domestic emulsifying capacity maximum.Concrete structure is seen Fig. 1, and this equipment comprises mixed liquid case 8, aqua ratio control cabinet 13, premixed device 19, petroleum pump unit D
021, sound composite emulsifying device 23 and control the valve of each pipeline; Mixed liquid case 8 is provided with tap water inlet, steam-in and energy-saving agent inlet, and tap water inlet and steam-in are communicated with carrying tap water pipe line 1 and vapour line 2 respectively, and the outlet of mixed liquid case 8 is by pipeline and water pump D
215 are communicated with mixed flow quantity meter 16 in the aqua ratio control cabinet 13, are provided with the emulsifying agent groove 11 of placement energy-saving agent in the aqua ratio control cabinet 13, and emulsifying agent groove 11 is by pipeline and emulsifying agent pump D
19 are connected on the energy-saving agent inlet of mixed liquid case 8; Mixed flow quantity meter 16 in the aqua ratio control cabinet 13 exports an inlet that is connected to premixed device 19 by non-return valve 17, and another inlet of premixed device 19 is communicated with by valve 6 25, strainer 20, valve 7 26 and valve 10 and heavy oil inlet 37; The outlet of premixed device 19 is through petroleum pump unit D
021 backs are communicated with sound composite emulsifying device 23; The outlet of sound composite emulsifying device 23 is connected to tank oil outlet 35 by valve 4 30, oil meter 31, valve 3 32 and valve 1.
Heavy oil inlet 37 pipelines that are connected with premixed device 23 are provided with oil sampling nozzle 27.
The pipeline of sound composite emulsifying device 23 outlets is provided with processed oil sampling mouth 29.
Be connected to the tensimeter 28 of surveying oil pressure on the pipeline of sound composite emulsifying device 23 outlet, lead directly to a pipeline as bridge circuit on the pipeline of sound composite emulsifying device 23 outlets and the pipeline between valve 3 32 and the valve 1, this bridge circuit pipeline is provided with valve 2 33.
The concrete use of aforesaid device is as follows, sees among Fig. 1:
(1), start emulsification:
1., preheating: work for the first time, open valve 9 and emulsifying agent pump D earlier
1With valve 14, make that existing liquid reaches 80% full scale in the mixed liquid case.Feed steam heating again, the mixed liquid in the mixed liquid case is heated to 50 ℃, and the valve that later each modified milk carburetion only need be opened control steam makes the temperature of liquid reach 50 ℃ and can start working;
2., the pipeline temperature of preheating input heavy oil reaches 50 ℃ approximately, can start working, and will continue heating during work;
3., open oil circuit:
A, open valve six, valve seven, valve four, valve three, valve one, valve ten;
B, shut-off valve five, valve two;
C, open petroleum pump unit D
0, as ready is become a full member often.Note to guarantee that oil pump is unobstructed when winter temperature is low;
D, be Q with the flow number of one minute oil meter of stopwatch meter
0, calculating flow hourly is Q
1=60 * Q
0(m
3/ hour), guarantee during winter that oil meter is unobstructed;
4., boiling water road:
A, open valve eight, valve 12 mixed liquid casees can be taken advantage of and adorn about 1.5 tons of liquid;
B, open water pump D
2
C, transfer valve 12, make the flow Q of mixed liquid under meter
2=nQ
1, n=liquid feeding rate % wherein;
5., open the emulsifying agent road:
A, open valve 13, emulsifying agent pump D
1Transfer the emulsifying agent flow with valve 14, transfer valve 14 to make emulsifying agent flow: Q
3=nQ
1/ 150=Q
2/ 150 (but about the emulsifying agent groove splendid attire 800Kg of this equipment, also its size of specific design as required);
B, the valve of opening on the tap water pipe line nine are repaired Q again
0, Q
1, Q
2And Q
3Make it to reach desired value.
(2), the work shutdown that finishes:
1, close the liquid road: D switches off the pump
2, valve eight cuts out the liquid road;
2, close emulsifying agent pump D
1Close the emulsifying agent road with valve 13, valve 14;
3, close oil circuit: first shut-off valve ten, close petroleum pump unit D again
0
(3), oil circuit is swept hall:
1., prevent that heavy oil is condensate in the oil circuit, so intact hall cleaning oil circuit of all will sweeping of each emulsification, for preventing that the oil in the oil circuit from being swept in the water route, whether the valve of dying and must reexamine valve eight, valve ten, reach control steam shuts, valve two be to open on each valve state basis when work just, valve three, valve four closed simultaneously;
2., again open the valve on the vapour line, when seeing that weather gage is all normal, and listen in the oil circuit steam flow sound also just often till;
3., close valve A, open valve 13, valve four, shut-off valve two and valve five are for task down is ready to;
4., close valve one, prevent that oil from refluxing, close each valve simultaneously, reach the purpose of cleaning oil circuit;
In a word, oil circuit is opened in start earlier, after open oil circuit; The liquid road is closed in shutdown earlier, and oil circuit is closed in the back.
Have Several special problems to note when stating equipment in the use:
1., the use of valve five, oil-feed pump provides bridge circuit, when first accent machine, this valve five is opened.In case when oil circuit block or load excessive, burn motor, can be slowly shut-off valve five gradually, watch current of electric simultaneously whether in rated value.Otherwise should look for reason, treat that valve five closes after death fully, till oily flow and current of electric are normal.
2., valve six, valve seven, purpose being arranged before and after " strainer " is conveniently to pull down " strainer " cleaning.
3., valve two and oil meter bridge circuit, purpose steam when sweeping can not lead directly to oil meter.Open valve 2 when sweeping, shut-off valve three, four at the oil meter place, be strengthened the insulation measure, adds the steam comb at oil meter downside and rear side.
4., the emulsifying agent groove, can strengthen emulsifying agent pump D
1The about 100W of power moulds pipe with imbibition and is inserted into the end, mixes emulsifying agent with return line in the air, makes it even up and down.
5., the table of tensimeter A, B is connected with oil circuit in the oil circuit one section pipeline is short more good more, causes the oil circuit of oil meter to solidify in order to avoid grown, and oil meter is not indicated.Oil sampling nozzle will be lacked with the processed oil sampling being connected also of mouth, in order to avoid can not put oil sample.
6., can adopt corresponding tracing steam pipeline to be provided with the pipeline of oil transportation, guarantee oily noncondensing in the oil circuit, it is close with the main line of oil, will trace pipe be wrapped in the reinforcement heat insulation effect simultaneously with lagging material with oil pipe.
It is high and low because of all adopting import heavy oil 180# to contain cured amount again that these are operated in areas to the south, the Changjiang river temperature, and so the condensation point height is without these insulation measures, as long as but these areas will adopt domestic heavy oil 200#, 250# can sweep hall.
7., this equipment single card microcomputer both of no use, also can reach the control purpose without micro-chip, suit measures to local conditions, the workman of oil depot and boiler house general only at the beginning of chinesization, be difficult for grasping computer, had the fault to be difficult for repairing;
It adopts general, and simple mechanical ﹠ electrical technology is cleverly with circuit, oil circuit, water route, medicine road and the organic control of vapour Lu Wulu parameter in the system, reach stable, reliably, semi-automatic production safely, from 9 years, native system had the operation of six families so far, do not break down operational excellence.
Also can adopt common method: halt in big jar and load onto powerful motor and turbine swivel arrangement, realize high-speed stirring, thisly be interrupted operation only, 30 hours once, can only produce 1～3 ton at every turn, and efficient is low, effect is bad, and stirred pot is excessive, and the time is oversize.
4. detection method: whether emulsification is qualified, can detect dispersive globule particle diameter, should get final product between 5～20 μ m.Available microscopic examination or observe under light with a slice frosted glass plate, whether experience is judged qualified.
Add oil in water emulsion that energy-saving agent product of the present invention obtains can emulsification limit, limit spray is with burning in the stove that uses, it is standby also can directly to adorn storage tank.
Claims (8)
1, a kind of high efficiency fuel energy saving agent is characterized in that: this energy-saving agent comprises that following raw material forms by mass percentage:
Carbon black 3.9%
Nano-carbon powder 0.1%
Nano-nickel powder 0.1%
Glycerine 5%
Ethylene glycol 5%
Phenol 0.3%
Thickening material 1%
Deionized water 84.6%
Above-mentioned various raw materials are obtained this product after stirring, levigate processing.
2, high efficiency fuel energy saving agent according to claim 1, it is characterized in that: thickening material is selected water-based thickener for use; Adopt methylcellulose gum or polyvinyl alcohol.
3, a kind of production method of high efficiency fuel energy saving agent, it is characterized in that: get each raw material in the described ratio of claim 1, earlier with carbon black, glycerine, ethylene glycol and thickening material mix, and smooth and easy flowing when adjusting its concentration their are stirred through strand body mill with deionized water, after stirring three times, shearing at strand body mill, stretch and down slurry is disperseed, levigate, after leaving standstill 24 hours, stir the above-mentioned slurry that obtains once more with strand body mill, during stirring with nano-carbon powder at the uniform velocity in slurry, adding slowly, when having stirred one time nano-carbon powder is added, make the nano-carbon powder fragmentation of poly-group, fully be distributed in the slurry, add nano-nickel powder and phenol at last and stir after promptly get this product.
4, the production method of high efficiency fuel energy saving agent according to claim 3 is characterized in that: before adding thickening material, after elder generation steeped 24 hours with thickening material with 70 ℃ of hot water, the ratio of thickening material and water was 2: 1.
5, a kind of equipment that utilizes the high efficiency fuel energy saving agent emulsification heavy oil is characterized in that: this equipment comprises mixed liquid case (8), aqua ratio control cabinet (13), premixed device (19), petroleum pump unit D
0(21), the valve of sound composite emulsifying device (23) and each pipeline of control; Mixed liquid case (8) is provided with tap water inlet, steam-in and energy-saving agent inlet, and tap water inlet and steam-in are communicated with carrying tap water pipe line (1) and vapour line (2) respectively, and the outlet of mixed liquid case (8) is by pipeline and water pump D
2(15) with aqua ratio control cabinet (13) in mixed flow quantity meter (16) is communicated with, be provided with in the aqua ratio control cabinet (13) placement energy-saving agent emulsifying agent groove (11), emulsifying agent groove (11) is by pipeline and emulsifying agent pump D
1(9) be connected on the energy-saving agent inlet of mixed liquid case (8); Mixed flow quantity meter (16) in the aqua ratio control cabinet (13) exports an inlet that is connected to premixed device (19) by non-return valve (17), and another inlet of premixed device (19) is communicated with by valve six (25), strainer (20), valve seven (26) and valve ten (36) and heavy oil inlet (37); The outlet of premixed device (19) is through petroleum pump unit D
0(21) back is communicated with sound composite emulsifying device (23); The outlet of sound composite emulsifying device (23) is connected to tank oil outlet (35) by valve four (30), oil meter (31), valve three (32) and valve one (34).
6, the equipment that utilizes the high efficiency fuel energy saving agent emulsification heavy oil according to claim 5 is characterized in that: the pipeline that heavy oil inlet (37) is connected with premixed device (23) is provided with oil sampling nozzle (27).
7, the equipment that utilizes the high efficiency fuel energy saving agent emulsification heavy oil according to claim 5 is characterized in that: the pipeline of sound composite emulsifying device (23) outlet is provided with processed oil sampling mouth (29).
8, the equipment that utilizes the high efficiency fuel energy saving agent emulsification heavy oil according to claim 5, it is characterized in that: be connected to the tensimeter (28) of surveying oil pressure on the pipeline of sound composite emulsifying device (23) outlet, lead directly to a pipeline as bridge circuit on the pipeline of sound composite emulsifying device (23) outlet and the pipeline between valve three (32) and the valve one (34), this bridge circuit is provided with valve two (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610047933 CN1944585A (en) | 2006-09-29 | 2006-09-29 | High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610047933 CN1944585A (en) | 2006-09-29 | 2006-09-29 | High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1944585A true CN1944585A (en) | 2007-04-11 |
Family
ID=38044242
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200610047933 Pending CN1944585A (en) | 2006-09-29 | 2006-09-29 | High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1944585A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104726146A (en) * | 2015-02-09 | 2015-06-24 | 银基烯碳新材料股份有限公司 | Fuel oil combustion-supporting agent and modified heavy oil/ heavy fuel oil |
| CN108728190A (en) * | 2018-06-11 | 2018-11-02 | 佛山腾鲤新能源科技有限公司 | A kind of Bio-fuel oil energy saver |
-
2006
- 2006-09-29 CN CN 200610047933 patent/CN1944585A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104726146A (en) * | 2015-02-09 | 2015-06-24 | 银基烯碳新材料股份有限公司 | Fuel oil combustion-supporting agent and modified heavy oil/ heavy fuel oil |
| CN108728190A (en) * | 2018-06-11 | 2018-11-02 | 佛山腾鲤新能源科技有限公司 | A kind of Bio-fuel oil energy saver |
| CN108728190B (en) * | 2018-06-11 | 2020-05-15 | 北京中林力合石油化工有限公司 | Energy-saving agent for biofuel |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Dwivedi et al. | Performance evaluation of diesel engine using biodiesel from pongamia oil | |
| CN103642541B (en) | A kind of environment protection gasoline additive and preparation method thereof | |
| Raju et al. | Experimental investigation of alumina oxide nanoparticles effects on the performance and emission characteristics of tamarind seed biodiesel fuelled diesel engine | |
| TW200831660A (en) | Method of enhancing the oil conversion ratio | |
| Wu et al. | Production of waste tyre pyrolysis oil as the replacement for fossil fuel for diesel engines with constant hydrogen injection via air intake manifold | |
| CN1958745A (en) | Environmental protective diesel oil, and preparation method | |
| CN102965160A (en) | Nano biofuel taking gutter oil as raw material and preparation method thereof | |
| CN106811242B (en) | A kind of environmentally friendly low-carbon high heating value bunker fuel oil | |
| CN1944585A (en) | High efficiency fuel energy saving agent and its producing method and equipment for emulsifying heavy oil with it | |
| Bora et al. | Performance of a mixed biodiesel fueled diesel engine | |
| CN200955045Y (en) | Apparatus for emulsifying heavy-oil using efficient fuel-oil economizer | |
| CN101633859B (en) | High-cleanness diesel oil | |
| Khaskheli et al. | Performance evaluation of locally-produced waste cooking oil biodiesel with conventional diesel fuel | |
| CN102127477A (en) | Petrochemical additive and preparation method thereof | |
| CN106520218B (en) | Ecological fuel oil and preparation method thereof | |
| CN109266404A (en) | A kind of energy conservation gasoline additive and its preparation method and application | |
| Mohapatra et al. | Determination of the sustainability index along with energy–exergy–emission–economic analysis of a VCR diesel engine fuelled with diesel–bioethanol–Al 2 O 3 nanoparticles | |
| CN101428553B (en) | Solar vehicle mounted hydrogen gas and fuel oil hybrid power system | |
| CN102876397A (en) | Nano composite diesel oil and preparation method thereof | |
| Oniya et al. | The performance characteristics of groundnut (Arachis hypogea, L.) biodiesel in a diesel engine | |
| CN110079364A (en) | A kind of processing method and its processing system of biomass gasification tar | |
| CN1172845A (en) | Diesel oil, heavy oil and water fuel emulsion modified with bioenzyme | |
| CN212680930U (en) | Mixing arrangement is used in recovery of waste mineral raw oil | |
| Achara et al. | Scalable Biodiesel Reactor Build and Trial | |
| Gowdhamamoorthi et al. | NANO ADDITIVE CERIC OXIDE-DI ETHYL ETHER-ETHANOL BLEND ON SINGLE CYLINDER FOUR STROKE DIESEL ENGINE-PERFORMANCE AND EMISSION CHARACTERSTICS. |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| AD01 | Patent right deemed abandoned |
Effective date of abandoning: 20070411 |
|
| C20 | Patent right or utility model deemed to be abandoned or is abandoned |